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1)  longkou city
龙口市
1.
Dynamic system analysis and control countermeasures of seawater intrusion in Longkou City;
龙口市海水入侵动态系统分析与防治对策
2.
The monitoring and analysis of green cover in Longkou city based on the remote sensing technology;
基于遥感技术的龙口市绿地覆盖监测与分析
3.
The Classification of Underlying Surface Types of Water Resources in Longkou City;
龙口市水资源管理中下垫面类型的划分
2)  Longkou
龙口市
1.
Design of Longkou s Water Resource Time and Space Analysis Information System;
龙口市水资源时空分析信息系统构建研究
2.
Calculation of Forest Area in Longkou Based on DEM;
基于DEM的龙口市林地表面积调查
3)  dike closure
龙口合龙
1.
The construction difficulty of dike closure would be increased when multi-basin rivers are converged on the reclamation project area.
多流域水系在围垦工程围区内汇合,增加了围垦工程龙口合龙施工的难度。
4)  Longkou
龙口
1.
Application of "harmonized team" concept in project supervision of Longkou;
“和谐大团队”理念在龙口工程监理工作中的体现
2.
The analysis of urban expansion of Longkou cityon the basis of remote sensing techonology;
基于遥感技术的龙口市城市空间扩展分析
3.
Winter Food Habits of Gorals in Longkou Nature Reserve of Heilongjiang Province;
黑龙江龙口自然保护区斑羚冬季食性分析
5)  river kerf
龙口
1.
In this model, empirical curve method isadopted for opened diversion channel, and broad crest weir theory is adopted for the river kerf.
介绍了三峡工程大江截流的特点及开展本项研究的必要性,建立了导流明渠采用经验曲线法、龙口应用宽顶堰理论~[1]的三峡工程截流期水力学要素预报模型。
2.
The river kerf is simulated to trapezoidal or triangular section according to its width and the broad crest weir theory is used to formulate hydraulic elements calculating model in the period of the Changjiang river closure of the Three Gorges Project.
介绍了三峡工程大江截流的特点;根据龙口宽度的大小将其处理为梯形或三角形断面,并分别应用宽顶堰理论,建立了大江截流期龙口水力学要素计算模
6)  closure gap
龙口
1.
Influence of downstream water depth of closure gap on river closure difficulty;
龙口下游水深对截流难度的影响
2.
Study and practice of technologies for protection and closure of extra-large closure gap of tidal estuary
潮汐河口上超大龙口保护与截流工艺及结构研究与实践
3.
According to the practice project of the Qingcaosha reservoir in the Yangtze estuary,the vertical 2Dflows with the free surface at the closure gap are computed using CFD method.
以长江口青草沙水库主龙口施工过程为背景,在恒定来流及出水口入水口水位差给定的情况下,应用基于 RANS 方程和 VOF 方法的 CFD 技术对龙口垂向二维水流流态进行了数值模拟。
补充资料:龙口市
龙口市

    位于中国山东省山东半岛北部,西、北濒渤海。人口59.9万。汉族为主,有回、蒙古、藏、满、苗、彝等13个少数民族。面积889平方千米。秦置黄县。新莽改为意母县。东汉恢复黄县。唐神龙三年(707)并入蓬莱县,不久恢复黄县。1959年并入蓬莱县,1962年复置。1986年改设龙口市。矿藏资源主要有煤、金、铅、锌、高岭土、氟石、砂;海产资源主要有加吉鱼、鲅鱼、对虾、海参等;野生药材资源主要有茵陈、翻白草、丹参、枣仁、益母草、甜地丁、沙参、川芎;土特产品有龙口粉丝、长把梨。名胜古迹有莱子国故城遗址、秦代方士徐福故里、莱山、小莱山溶洞、屺岛。
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